Abstract
In order to clarify the conception and the connotation of slip distance in the firing control model for multi-stage synchronous induction coil launcher (MSSICL), the conceptions and the connotations about slip’s problem (which includes slip speed, slip ratio and slip distance) are defined in the paper through the reference to the conception of rotation slip speed and rotation slip ratio in rotation induction machine (RIM). The slip speed, the slip ratio and the slip distance for the second stage in three-stage synchronous induction coil launcher (TSSICL) with given structure are calculated based on the simulative results of dynamically accelerative characteristic under the conditions of different initial working voltages and proper firing energized locations. The influences of the slip speed and the slip ratio on the working characteristics of MSSICL are discussed. These have important theoretical instruction significance for the determination of slip distance in the solved process of the firing control’s problem in MSSICL.
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